2. The current flowing in a circuit containing four resistors connected in series is I = 1.0A. The potential voltage drops across the first, second and third resistors are, respectively: V, = 5V, V2 =...

2. The current flowing in a circuit containing four resistors<br>connected in series is I = 1.0A. The potential voltage<br>drops across the first, second and third resistors are,<br>respectively: V, =<br>5V, V2<br>= 8V<br>and V3 = 7V. The<br>%3D<br>equivalent resistance of the circuit R, = 302. Determine<br>the voltage drop across R, and the value of the applied<br>voltage V. (10pts)<br>%3D<br>R1<br>R2<br>R4<br>R3<br>Answers : V=<br>V4 = V<br>V<br>

Extracted text: 2. The current flowing in a circuit containing four resistors connected in series is I = 1.0A. The potential voltage drops across the first, second and third resistors are, respectively: V, = 5V, V2 = 8V and V3 = 7V. The %3D equivalent resistance of the circuit R, = 302. Determine the voltage drop across R, and the value of the applied voltage V. (10pts) %3D R1 R2 R4 R3 Answers : V= V4 = V V

Jun 11, 2022

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2. The current flowing in a circuit containing four resistors connected in series is I = 1.0A. The potential voltage drops across the first, second and third resistors are, respectively: V, = 5V, V2 =...

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